Supersymmetry Physics Lectures
September 1996 - February 1997
During 1996 and early 1997, SLUO sponsored (in cooperation with the
NLC Physics Group) a set of weekly
lectures
on Supersymmetry for the SLAC experimental community.
The transparencies from these lectures are
available at the SLUODESK
for you to copy.
Introduction to Supersymmetry (Michael Peskin)
- Introduction and overview
- Spin, Mass and Helicity
- Supersymmetric Models with Fermions and Scalars
- More About Models with Fermions and Scalars
- Supersymmetric Models with Gauge Fields
- The Superparticle Mass Spectrum
- Slepton Pair Production: An Illustrative Supersymmetry
Reaction
- Supersymmetry, Electroweak Symmetry Breaking, and Naturalness
Supersymmetry at Colliders
- The Minimal Unified Supersymmetric Model (James Wells)
- Production and Decay of Supersymmetric Particles (Scott
Thomas)
- SUSY Searches at E+e- Colliders (Scott Thomas)
- Supersymmetry searches at the Tevatron and LHC (James Wells)
Virtual Effects of Supersymmetry
- Supersymmetry in B decays (JoAnne Hewett)
- Precision Electroweak Measurements and Supersymmetry (Damien
Pierce)
Supersymmetry at the NLC
- Studies For Snowmass '96 (David Wagner)
- Physics Prospects for the NLC (David Wagner)
Supersymmetry Parameter Determination
- SUSY Parameter Determination Beyond the Minimal Framework
(Jonathan Feng)
- SUSY Measurements at the Large Hadron and Next Linear
Colliders
A Critical Comparison (Jonathan Feng)
The series has continued with
The Phenomenology of Leptoquarks (Joanne Hewett and Tom Rizzo)
We hope to have Helen Quinn start a series
on CP-violation in the summer of 1997.